| Gene Symbol | ALSD3 |
| Entrez Gene ID | 8048623 |
| Full Name | agglutinin-like protein, putative |
| Gene Type | protein-coding |
| Organism | Candida dubliniensis CD36 |
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ALSD3 cDNA ORF clone, Candida dubliniensis CD36
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Gene
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Clones
gRNAs
The following ALSD3 gene cDNA ORF clone sequences were retrieved from the NCBI Reference Sequence Database (RefSeq). These sequences represent the protein coding region of the ALSD3 cDNA ORF which is encoded by the open reading frame (ORF) sequence. ORF sequences can be delivered in our standard vector, pcDNA3.1+/C-(K)DYK or the vector of your choice as an expression/transfection-ready ORF clone. Not the clone you want? Click here to find your clone.
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Reference Sequences (Refseq)
CloneID OCr04081 Clone ID Related Accession (Same CDS sequence) XM_002421123.1 Accession Version XM_002421123.1 Latest version! Documents for ORF clone product in default vector Sequence Information ORF Nucleotide Sequence (Length: 5970bp)
Protein sequence
SNPVector pcDNA3.1-C-(k)DYK or customized vector 
User ManualClone information Clone Map MSDSTag on pcDNA3.1+/C-(K)DYK C terminal DYKDDDDK tags ORF Insert Method CloneEZ™ Seamless cloning technology Insert Structure linear Update Date 1503763200000 Organism Candida dubliniensis CD36 Product agglutinin-like protein, putative Comment Comment: PROVISIONAL REFSEQ: This record has not yet been subject to final NCBI review. This record is derived from an annotated genomic sequence (NC_012865). COMPLETENESS: incomplete on both ends.
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941ATGTTTTTAC AATTTTTGTT GCTATGCATC TGTTTATCAG TTGCTACTGC AAAGGTAGTT
ACAGGCATTT TCCATAGTTT TGATTCGTTG ACTTGGACCA ATGCTGCTTC TTATCCGTAT
AGAGGTCCAT CAACTCCTAC TTGGAATGCT GTTATCGGTT GGACTTTGGA TGGAGCTGTT
GCTAGTCCTG GTGACACATT CACATTGAAC ATGCCTTGTG TTTTCAAATT TATTACTGAT
CAAACTTCAG TTGATTTAGT TGCTGATGGT CGTACTTATG CTACATGTGA TTTATATTCT
GGAGAAGAGT TTACTACTTT TTCAAGTTTG AAATGTACTG TTAGTAATGC ATTGAATTCT
CAAACTAAGG CCCTAGGAAC AGTAACTTTA CCATTGTCCT TCAATATTGG TGGATCAGGT
TCAGATGTTG ATATTACAAG TTCCCAATGT TTTAAAGAAG GAACAAACAC TGTTACATTT
AACGATGGTG ACACTACATT TTCTACAACT GCTAATTTCC AAAGATCAGA TGTGAATGCA
AATGATCGTA TCTTACTTTC AAGAATTTTA CCCAGTCTTG CAAAATCAGT AACTATTTTT
ATCCCTCCAA GATGTGCAAG TGGTTATTCT TCGGGTACAA TGGGGTTTTC AACTGCTGGT
ACTGATGCCA TTATTGATTG TTCTACTGTT CATGTGGGGA TATCAAATGG TTTGAATGAT
TGGAATTATC CAATAGAGCT GAAGTCGTTT TCTTATACAA CAAGTTGTTC ATCAAAGGGT
GTTCTGGTTA CCTATCAGAA TGTTCCTGCT GGATATCGTC CATTTGTTGA TGCTTATATT
TCTGCGCTCA CCTCATATAC TATGCAATAC ACAAATCAGT ATACTTGCGT TGGTGCTCGC
CCTGTTGATG CTTCTTTTAG TTATAATTGG CTTGGCTATG ATAATGCCGA GGCTGGTTCT
AGAGGTATTA CCATTGTCGT AACAACAAGC ACAGTTACAG ATAGTACTAC TGCTGTAACT
ACTTTACCAT TCAATTCCGA TGTTGACAGA ACCAAAACAA TTGCTGTTTT ACAACCCATT
CCAACAACCA CCATCACAAC ATCATATGTT GGTGTGACTA CTTCCTACAG AACCCAAACT
GTACCAATTG GACAAACTGC TACTGTTATT GTTGATGTTC CGTATCACAC TACCACAACT
GTTACTAGTG AATGGACAGG AACAATCACT ACTACTACAA CACAAACTAA TCCAACAGGT
TCAATCGATA CAGTTGTTGT ACAAGTTCCA CTGCCAAACC CAACAGTCTC CACTACTGAA
TATTGGTCGC AATCCTATGG AACAACTACC ACAGTCACCG GCCCTCCAGG TGCTACTGAT
ACGATTATCA TTAGGGAACC ACCAAACCCA ACTGTCACCA CAACCGAGTA CTGGTCTCAA
TCCTTTGTCA CGACCACCAC TGTTACTGCC CCTCCAGGTG GTACAGACAC TGTGATAATT
AGAGAACCAC CAAACCCAAC TGTGACAACA ACCGAGTACT GGTCTCAATC CTTTGTCACG
ACCACCACTG TTACTGCCCC TCCAGGTGGC ACTGACACTG TGATAATTAG AGAACCACCA
AACCCAACTG CTACGACAAC CGAGTACTGG TCACAGTCAT ATGCTTCAAC CACCACTGTT
ACTGCCCCTC CAGGTGGCAC TGATACTGTT ATCATTAGGG AACCACCTAA TTACACGGTT
ACAACCACTG AATACTGGTC ACAATCGTTT GCTTCGACTA CTACTATTAC TGGTCCACCA
GGTGGTACAG ATACTGTTAT CATTAGGGAA CCACCTAATT ACACGGTTAC AACCACTGAA
TACTGGTCAC AATCGTTTGC TTCGACTACT ACTATTACTG GTCCACCAGG TGGTACAGAT
ACTGTTATCA TTAGGGAACC ACCTAATTAC ACGGTTACAA CCACTGAATA CTGGTCACAA
TCGTTTGCTA CTACCACCAC TGTTACTGCT CCTCCAGGTG GTACAGATAC TGTGATTATC
AGAGAGCCAC CTAATTACAC AGTTACTACT ACTGAATACT GGTCACAGTC ATATGCTTCA
ACAACGACTG TTACTGCCCC ACCAGGTGGC ACTGACACTG TGATTATTAG AGAACCACCT
AATTACACAG TAACTACAAC TGAATACTGG TCACAGTCTT ATGCAACTAC GACCACTGTT
ACCGCCCCTC CAGGTGGTAC TGACACTGTG ATCATTAGGG AGCCACCTAA TTACACAGTA
ACTACAACTG AATACTGGTC GCAATCGTTT GCTACTACCA CCACTGTTAC CGCCCCTCCA
GGTGGCACTG ATACTGTTAT CATTAGGGAA CCACCTAATT ACACGGTTAC AACCACTGAA
TACTGGTCAC AATCGTTTGC TACTACCACC ACTGTTACTG CCCCTCCAGG TGGTACAGAC
ACTGTGATAA TTAGAGAACC TCCAAACCCA ACTGTGACAA CAACCGAGTA CTGGTCTCAA
TCCTATGCTA CAACCACGAC TGCTACAGCA CCACCGGGTG GTACCGACAC TGTGATTATT
AGAGAACCAC CTAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCAACT
ACGACCACTG TTACCGCCCC TCCAGGTGGC ACTGATACTG TTATCATTAG GGAACCACCT
AATTACACGG TTACAACCAC TGAATACTGG TCACAATCGT TTGCTACTAC GACCACTGTT
ACCGCTCCTC CAGGTGGTAC AGACACTGTG ATAATTAGAG AACCACCAAA CCCAACTGCT
ACGACAACCG AGTACTGGTC ACAGTCATAT GCTTCAACCA CCACTGTTAC TGCCCCTCCA
GGTGGAACCG ATATTGTCCT TATTGGAGAA CCTCCAAACC CAACTGTGAC AACAACCGAG
TACTGGTCTC AATCCTATGC TACAACCACG ACTGCTACAG CACCACCGGG TGGTACCGAC
ACTGTGATTA TTAGAGAGCC ACCTAATTAC ACGGTTACAA CCACTGAATA CTGGTCACAA
TCGTTTGCTT CGACTACTAC TATTACTGGT CCACCAGGTG GTACAGATAC TGTTATCATT
AGGGAACCAC CTAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCAACT
ACGACCACTG TTACTGCCCC TCCAGGTGGC ACTGATACTG TTATCATTAG GGAACCACCT
AATTACACGG TTACAACCAC TGAATACTGG TCACAATCGT TTGCTTCGAC TACTACTATT
ACTGGTCCAC CAGGTGGTAC AGATACTGTT ATCATTAGGG AACCACCTAA TTACACGGTT
ACAACCACTG AATACTGGTC ACAATCGTTT GCTACTACCA CCACTGTTAC TGCTCCTCCA
GGTGGTACAG ATACTGTGAT TATCAGAGAG CCACCTAATT ACACAGTTAC TACTACTGAA
TACTGGTCAC AGTCATATGC TTCAACAACG ACTGTTACTG CCCCACCAGG TGGCACTGAC
ACTGTGATTA TTAGAGAACC ACCTAATTAC ACAGTAACTA CAACTGAATA CTGGTCACAG
TCTTATGCAA CTACGACCAC TGTTACTGCC CCTCCAGGTG GTACCGACAC TGTGATTATT
AGGGAACCTC CAAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCTACT
ACGACCACTG TTACTGCCCC TCCAGGTGGT ACTGATACTG TTATCATTAG GGAACCACCT
AATTACACAG TAACTACAAC TGAATACTGG TCACAGTCTT ATGCAACTAC GACCACTGTT
ACCGCTCCTC CAGGTGGCAC TGATACTGTT ATCATTAGGG AACCACCTAA CTACACGGTT
ACCACAACTG AATACTGGTC ACAGTCTTAT GCAACTACGA CCACTGTTAC CGCTCCTCCA
GGTGGCACCG ACACTGTTAT CATTAGGGAA CCACCTAACT ACACGGTTAC CACAACTGAA
TACTGGTCAC AGTCTTATGC AACTACGACC ACTGTTACCG CTCCTCCAGG TGGCACCGAC
ACTGTTATCA TTAGGGAGCC ACCTAATTAC ACAGTAACTA CAACTGAATA TTGGTCACAA
TCGTTTGCTA CTACGACCAC TGTTACTGCC CCTCCAGGTG GCACTGATAC TGTTATCATT
AGGGAACCAC CTAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCAACT
ACGACCACTG TTACTGGTCC ACCAGGTGGC ACTGATACTG TTATCATTAG GGAACCACCT
AACTACACGG TTACCACAAC TAAATACTGG TCACAGTCTT ATGCAACTAC GACCACTGTT
ACTGGTCCAC CAGGTGGTAC AGATACTGTT ATCATTAGAG AACCACCAAA CCCAACTGTT
ACTACCACTG AATATTGGTC AGAATCCTAT GCTACCACCA CCACCATTAC CGCCCCACCA
GGAGGTACCA ACTCAGTAAG AATCAGAGAG CCTCCAAATT TTACAGTCAC AACCACTGAG
TATTGGTCAC AATCTTATGC AAGTACTACA ACCGTTACTG GTCCACCAGG TGGAACTGAC
ACCGTAATCA TCAAGGAACC TCCAAATTAC ACGGTTACCA CTACTGAATA CTGGTCACAG
TCATACGCAA GTACTAGCAC TGTTACTGCT CCACCGGGAG GAACTGAAAC TGTGATTATC
AAGGAACCAC CTAATCCAAC TATTACTACC ACTGAGTTTT GGTCACAGTC CTACGACACT
ACCACAACCA TTACTGCCCC ACCAGGTGGC ACTAATAGTG TCATTATCCG AATCCGTTCT
AGTCCAAGTG ATGAATCTAG TGAGTCCACA TTCTCAATAT TATCTGTTCC CTCATTTTCA
GCCTCGATAA GTATTGTCTC CTCGTTTTCT CGTCCACATT ATGTAAACAC TACGGTTACC
AACTTACCTA GTTCCCAGTC ATCATCAGTG AATATACTTT CCAGTGATGA GATAACGTTT
ACTAATGATG ATAGATTCAC GTCTTCGATT GTTTTTGAAA GTGGTGAAAC AAGTGTGGCA
ATATCAACAA CTTTCTGTGA TGACGAACAT GGTTGCCAAT CTTCTGCTAC ACAAGGTTCT
GTTGTAAGAA CTACTGCAAC AACGACGGCA ACAACCACAA CAGTTATTGG TGGCAATAAT
GGCACGGATA AACCAAAGTC TGGTGAGTTA GCTTCTACTG GTTCTGTTAC AAGCAAGATA
GTAACACCGG GTGGTCCATC ACCAACTGCA CCCTCGAATC CTGGGTCTCC AAATAATGGT
GTACCATCAC CTAAATCACC ATCTGCAGAA ACACCAGCCA CCAAGAATGT ACCTGGATCA
CCAGATATTC CAGACACTAA ATCGACTGAT ATTGCTAGGA CAACGACTAT TGTGTCCCAT
ACGGTGACTG AGAGTGGAGC TATTGGTGTT CTGATAAATC CAAATCCTGC TTTGACAACA
GGTACCCCAT TGGTAGGTAA ACCTGGTTCT GTAGTTAACC CGTCACGTGA AACTGGTATC
AATACAGGAT CAAGAAGTTC AACTAAGATT GTTACTCCAC ATGCTACTGG AACTGCCACA
GCTGCTATTC CAGATACAGG TAATGGTGCT ACTACAAAGG GTCATGATAC AACTGGTGGT
AATTCCCATG GATCTGCAGC TACCACTAAT ACTCAAGGTG GAAATAATGA ACCAGGTAAT
CAATCACCAC CTAATACAGG TGGAGCACCT GTGGGTACCA GTAGCCAAGG AGTTGACACC
ACAGCCTCTC AAGCGACTAC ATTAAGTCAA CAGACTACAA GTTCCTTAAT CACCACGCCT
TTAGCTTCTA CATTTGATGG TTCTGGTTCT ATTACTCAAC ATTCAACCTG GTTGTATGTG
TTGCTTACTG CTATTTCTTT ATTCTATTAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
RefSeq XP_002421168.1 CDS 1..5970 Translation 
Target ORF information:
RefSeq Version XM_002421123.1 Organism Candida dubliniensis CD36 Definition Candida dubliniensis CD36 agglutinin-like protein, putative (ALSD3), partial mRNA. Target ORF information:
Epitope DYKDDDDK Bacterial selection AMPR Mammalian selection NeoR Vector pcDNA3.1+/C-(K)DYK 
XM_002421123.1
ORF Insert Sequence:
1
61
121
181
241
301
361
421
481
541
601
661
721
781
841
901
961
1021
1081
1141
1201
1261
1321
1381
1441
1501
1561
1621
1681
1741
1801
1861
1921
1981
2041
2101
2161
2221
2281
2341
2401
2461
2521
2581
2641
2701
2761
2821
2881
2941
3001
3061
3121
3181
3241
3301
3361
3421
3481
3541
3601
3661
3721
3781
3841
3901
3961
4021
4081
4141
4201
4261
4321
4381
4441
4501
4561
4621
4681
4741
4801
4861
4921
4981
5041
5101
5161
5221
5281
5341
5401
5461
5521
5581
5641
5701
5761
5821
5881
5941ATGTTTTTAC AATTTTTGTT GCTATGCATC TGTTTATCAG TTGCTACTGC AAAGGTAGTT
ACAGGCATTT TCCATAGTTT TGATTCGTTG ACTTGGACCA ATGCTGCTTC TTATCCGTAT
AGAGGTCCAT CAACTCCTAC TTGGAATGCT GTTATCGGTT GGACTTTGGA TGGAGCTGTT
GCTAGTCCTG GTGACACATT CACATTGAAC ATGCCTTGTG TTTTCAAATT TATTACTGAT
CAAACTTCAG TTGATTTAGT TGCTGATGGT CGTACTTATG CTACATGTGA TTTATATTCT
GGAGAAGAGT TTACTACTTT TTCAAGTTTG AAATGTACTG TTAGTAATGC ATTGAATTCT
CAAACTAAGG CCCTAGGAAC AGTAACTTTA CCATTGTCCT TCAATATTGG TGGATCAGGT
TCAGATGTTG ATATTACAAG TTCCCAATGT TTTAAAGAAG GAACAAACAC TGTTACATTT
AACGATGGTG ACACTACATT TTCTACAACT GCTAATTTCC AAAGATCAGA TGTGAATGCA
AATGATCGTA TCTTACTTTC AAGAATTTTA CCCAGTCTTG CAAAATCAGT AACTATTTTT
ATCCCTCCAA GATGTGCAAG TGGTTATTCT TCGGGTACAA TGGGGTTTTC AACTGCTGGT
ACTGATGCCA TTATTGATTG TTCTACTGTT CATGTGGGGA TATCAAATGG TTTGAATGAT
TGGAATTATC CAATAGAGCT GAAGTCGTTT TCTTATACAA CAAGTTGTTC ATCAAAGGGT
GTTCTGGTTA CCTATCAGAA TGTTCCTGCT GGATATCGTC CATTTGTTGA TGCTTATATT
TCTGCGCTCA CCTCATATAC TATGCAATAC ACAAATCAGT ATACTTGCGT TGGTGCTCGC
CCTGTTGATG CTTCTTTTAG TTATAATTGG CTTGGCTATG ATAATGCCGA GGCTGGTTCT
AGAGGTATTA CCATTGTCGT AACAACAAGC ACAGTTACAG ATAGTACTAC TGCTGTAACT
ACTTTACCAT TCAATTCCGA TGTTGACAGA ACCAAAACAA TTGCTGTTTT ACAACCCATT
CCAACAACCA CCATCACAAC ATCATATGTT GGTGTGACTA CTTCCTACAG AACCCAAACT
GTACCAATTG GACAAACTGC TACTGTTATT GTTGATGTTC CGTATCACAC TACCACAACT
GTTACTAGTG AATGGACAGG AACAATCACT ACTACTACAA CACAAACTAA TCCAACAGGT
TCAATCGATA CAGTTGTTGT ACAAGTTCCA CTGCCAAACC CAACAGTCTC CACTACTGAA
TATTGGTCGC AATCCTATGG AACAACTACC ACAGTCACCG GCCCTCCAGG TGCTACTGAT
ACGATTATCA TTAGGGAACC ACCAAACCCA ACTGTCACCA CAACCGAGTA CTGGTCTCAA
TCCTTTGTCA CGACCACCAC TGTTACTGCC CCTCCAGGTG GTACAGACAC TGTGATAATT
AGAGAACCAC CAAACCCAAC TGTGACAACA ACCGAGTACT GGTCTCAATC CTTTGTCACG
ACCACCACTG TTACTGCCCC TCCAGGTGGC ACTGACACTG TGATAATTAG AGAACCACCA
AACCCAACTG CTACGACAAC CGAGTACTGG TCACAGTCAT ATGCTTCAAC CACCACTGTT
ACTGCCCCTC CAGGTGGCAC TGATACTGTT ATCATTAGGG AACCACCTAA TTACACGGTT
ACAACCACTG AATACTGGTC ACAATCGTTT GCTTCGACTA CTACTATTAC TGGTCCACCA
GGTGGTACAG ATACTGTTAT CATTAGGGAA CCACCTAATT ACACGGTTAC AACCACTGAA
TACTGGTCAC AATCGTTTGC TTCGACTACT ACTATTACTG GTCCACCAGG TGGTACAGAT
ACTGTTATCA TTAGGGAACC ACCTAATTAC ACGGTTACAA CCACTGAATA CTGGTCACAA
TCGTTTGCTA CTACCACCAC TGTTACTGCT CCTCCAGGTG GTACAGATAC TGTGATTATC
AGAGAGCCAC CTAATTACAC AGTTACTACT ACTGAATACT GGTCACAGTC ATATGCTTCA
ACAACGACTG TTACTGCCCC ACCAGGTGGC ACTGACACTG TGATTATTAG AGAACCACCT
AATTACACAG TAACTACAAC TGAATACTGG TCACAGTCTT ATGCAACTAC GACCACTGTT
ACCGCCCCTC CAGGTGGTAC TGACACTGTG ATCATTAGGG AGCCACCTAA TTACACAGTA
ACTACAACTG AATACTGGTC GCAATCGTTT GCTACTACCA CCACTGTTAC CGCCCCTCCA
GGTGGCACTG ATACTGTTAT CATTAGGGAA CCACCTAATT ACACGGTTAC AACCACTGAA
TACTGGTCAC AATCGTTTGC TACTACCACC ACTGTTACTG CCCCTCCAGG TGGTACAGAC
ACTGTGATAA TTAGAGAACC TCCAAACCCA ACTGTGACAA CAACCGAGTA CTGGTCTCAA
TCCTATGCTA CAACCACGAC TGCTACAGCA CCACCGGGTG GTACCGACAC TGTGATTATT
AGAGAACCAC CTAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCAACT
ACGACCACTG TTACCGCCCC TCCAGGTGGC ACTGATACTG TTATCATTAG GGAACCACCT
AATTACACGG TTACAACCAC TGAATACTGG TCACAATCGT TTGCTACTAC GACCACTGTT
ACCGCTCCTC CAGGTGGTAC AGACACTGTG ATAATTAGAG AACCACCAAA CCCAACTGCT
ACGACAACCG AGTACTGGTC ACAGTCATAT GCTTCAACCA CCACTGTTAC TGCCCCTCCA
GGTGGAACCG ATATTGTCCT TATTGGAGAA CCTCCAAACC CAACTGTGAC AACAACCGAG
TACTGGTCTC AATCCTATGC TACAACCACG ACTGCTACAG CACCACCGGG TGGTACCGAC
ACTGTGATTA TTAGAGAGCC ACCTAATTAC ACGGTTACAA CCACTGAATA CTGGTCACAA
TCGTTTGCTT CGACTACTAC TATTACTGGT CCACCAGGTG GTACAGATAC TGTTATCATT
AGGGAACCAC CTAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCAACT
ACGACCACTG TTACTGCCCC TCCAGGTGGC ACTGATACTG TTATCATTAG GGAACCACCT
AATTACACGG TTACAACCAC TGAATACTGG TCACAATCGT TTGCTTCGAC TACTACTATT
ACTGGTCCAC CAGGTGGTAC AGATACTGTT ATCATTAGGG AACCACCTAA TTACACGGTT
ACAACCACTG AATACTGGTC ACAATCGTTT GCTACTACCA CCACTGTTAC TGCTCCTCCA
GGTGGTACAG ATACTGTGAT TATCAGAGAG CCACCTAATT ACACAGTTAC TACTACTGAA
TACTGGTCAC AGTCATATGC TTCAACAACG ACTGTTACTG CCCCACCAGG TGGCACTGAC
ACTGTGATTA TTAGAGAACC ACCTAATTAC ACAGTAACTA CAACTGAATA CTGGTCACAG
TCTTATGCAA CTACGACCAC TGTTACTGCC CCTCCAGGTG GTACCGACAC TGTGATTATT
AGGGAACCTC CAAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCTACT
ACGACCACTG TTACTGCCCC TCCAGGTGGT ACTGATACTG TTATCATTAG GGAACCACCT
AATTACACAG TAACTACAAC TGAATACTGG TCACAGTCTT ATGCAACTAC GACCACTGTT
ACCGCTCCTC CAGGTGGCAC TGATACTGTT ATCATTAGGG AACCACCTAA CTACACGGTT
ACCACAACTG AATACTGGTC ACAGTCTTAT GCAACTACGA CCACTGTTAC CGCTCCTCCA
GGTGGCACCG ACACTGTTAT CATTAGGGAA CCACCTAACT ACACGGTTAC CACAACTGAA
TACTGGTCAC AGTCTTATGC AACTACGACC ACTGTTACCG CTCCTCCAGG TGGCACCGAC
ACTGTTATCA TTAGGGAGCC ACCTAATTAC ACAGTAACTA CAACTGAATA TTGGTCACAA
TCGTTTGCTA CTACGACCAC TGTTACTGCC CCTCCAGGTG GCACTGATAC TGTTATCATT
AGGGAACCAC CTAATTACAC AGTAACTACA ACTGAATACT GGTCACAGTC TTATGCAACT
ACGACCACTG TTACTGGTCC ACCAGGTGGC ACTGATACTG TTATCATTAG GGAACCACCT
AACTACACGG TTACCACAAC TAAATACTGG TCACAGTCTT ATGCAACTAC GACCACTGTT
ACTGGTCCAC CAGGTGGTAC AGATACTGTT ATCATTAGAG AACCACCAAA CCCAACTGTT
ACTACCACTG AATATTGGTC AGAATCCTAT GCTACCACCA CCACCATTAC CGCCCCACCA
GGAGGTACCA ACTCAGTAAG AATCAGAGAG CCTCCAAATT TTACAGTCAC AACCACTGAG
TATTGGTCAC AATCTTATGC AAGTACTACA ACCGTTACTG GTCCACCAGG TGGAACTGAC
ACCGTAATCA TCAAGGAACC TCCAAATTAC ACGGTTACCA CTACTGAATA CTGGTCACAG
TCATACGCAA GTACTAGCAC TGTTACTGCT CCACCGGGAG GAACTGAAAC TGTGATTATC
AAGGAACCAC CTAATCCAAC TATTACTACC ACTGAGTTTT GGTCACAGTC CTACGACACT
ACCACAACCA TTACTGCCCC ACCAGGTGGC ACTAATAGTG TCATTATCCG AATCCGTTCT
AGTCCAAGTG ATGAATCTAG TGAGTCCACA TTCTCAATAT TATCTGTTCC CTCATTTTCA
GCCTCGATAA GTATTGTCTC CTCGTTTTCT CGTCCACATT ATGTAAACAC TACGGTTACC
AACTTACCTA GTTCCCAGTC ATCATCAGTG AATATACTTT CCAGTGATGA GATAACGTTT
ACTAATGATG ATAGATTCAC GTCTTCGATT GTTTTTGAAA GTGGTGAAAC AAGTGTGGCA
ATATCAACAA CTTTCTGTGA TGACGAACAT GGTTGCCAAT CTTCTGCTAC ACAAGGTTCT
GTTGTAAGAA CTACTGCAAC AACGACGGCA ACAACCACAA CAGTTATTGG TGGCAATAAT
GGCACGGATA AACCAAAGTC TGGTGAGTTA GCTTCTACTG GTTCTGTTAC AAGCAAGATA
GTAACACCGG GTGGTCCATC ACCAACTGCA CCCTCGAATC CTGGGTCTCC AAATAATGGT
GTACCATCAC CTAAATCACC ATCTGCAGAA ACACCAGCCA CCAAGAATGT ACCTGGATCA
CCAGATATTC CAGACACTAA ATCGACTGAT ATTGCTAGGA CAACGACTAT TGTGTCCCAT
ACGGTGACTG AGAGTGGAGC TATTGGTGTT CTGATAAATC CAAATCCTGC TTTGACAACA
GGTACCCCAT TGGTAGGTAA ACCTGGTTCT GTAGTTAACC CGTCACGTGA AACTGGTATC
AATACAGGAT CAAGAAGTTC AACTAAGATT GTTACTCCAC ATGCTACTGG AACTGCCACA
GCTGCTATTC CAGATACAGG TAATGGTGCT ACTACAAAGG GTCATGATAC AACTGGTGGT
AATTCCCATG GATCTGCAGC TACCACTAAT ACTCAAGGTG GAAATAATGA ACCAGGTAAT
CAATCACCAC CTAATACAGG TGGAGCACCT GTGGGTACCA GTAGCCAAGG AGTTGACACC
ACAGCCTCTC AAGCGACTAC ATTAAGTCAA CAGACTACAA GTTCCTTAAT CACCACGCCT
TTAGCTTCTA CATTTGATGG TTCTGGTTCT ATTACTCAAC ATTCAACCTG GTTGTATGTG
TTGCTTACTG CTATTTCTTT ATTCTATTAGThe stop codons will be deleted if pcDNA3.1+/C-(K)DYK vector is selected.
-
PubMed
Comparative genomics of the fungal pathogens Candida dubliniensis and Candida albicans.
Genome research19(12)2231-44(2009 Dec)
Jackson AP,Gamble JA,Yeomans T,Moran GP,Saunders D,Harris D,Aslett M,Barrell JF,Butler G,Citiulo F,Coleman DC,de Groot PW,Goodwin TJ,Quail MA,McQuillan J,Munro CA,Pain A,Poulter RT,Rajandream MA,Renauld H,Spiering MJ,Tivey A,Gow NA,Barrell B,Sullivan DJ,Berriman M
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